Prevention is cheaper than a breach
Website security hardening covering SSL, updates, backups, and vulnerability monitoring - built around the fact that most compromises exploit known, unpatched holes.
Where this usually breaks down
Most website compromises are not sophisticated attacks - they're automated scans exploiting a known vulnerability in an outdated plugin or an unpatched CMS core, weeks or months after a fix was already published. The attacker didn't need to find anything new; the site just hadn't been updated.
The second common failure is discovering this after the fact, with no recent backup to restore from and no record of what changed. A site that's been compromised without anyone noticing for weeks is a much harder cleanup than one caught on day one.
What this service actually solves
Security here is mostly about discipline, not exotic defence - keeping the CMS, plugins, and dependencies current, configuring SSL and access controls correctly, maintaining backups that actually restore, and scanning regularly enough to catch a problem early rather than months later. None of this is glamorous, which is exactly why it gets skipped until something breaks.
Website security is the ongoing practice of keeping software current, access locked down, and backups verified - since most breaches exploit a known, already-patched vulnerability that simply wasn't applied in time.
How we run it
We run security as a standing, scheduled practice rather than a one-time hardening pass. Updates get applied on a regular cadence and tested before going live, backups are checked to confirm they actually restore rather than just exist, and vulnerability scans run continuously so an emerging issue gets flagged before it's exploited rather than after.
Capabilities & deliverables
SSL & Access Control
- SSL and HTTPS configuration and renewal management
- User access and permission auditing
- Firewall and login-attempt protection
Update Management
- CMS core and plugin update scheduling
- Compatibility testing before updates go live
- Deprecated or abandoned plugin identification
Backup & Recovery
- Automated backup scheduling
- Periodic restore testing to confirm backups actually work
- Documented recovery procedure
Vulnerability Monitoring
- Ongoing vulnerability scanning
- Malware and file-integrity monitoring
- Incident response if something is found
What's in scope, area by area
| Area | What we deliver |
|---|---|
| Hardening | SSL, access control, and firewall configuration brought to a documented baseline |
| Update Cadence | A scheduled, tested process for keeping the CMS and plugins current |
| Backups | Automated backups with periodic restore verification, not just a backup that has never been tested |
| Monitoring | Ongoing vulnerability and file-integrity scanning with alerts |
How an engagement runs
Security audit
We check current SSL configuration, update status, access controls, and whether backups exist and actually restore.
Hardening
Known gaps get closed first - outdated software, weak access controls, missing or unverified backups.
Update scheduling
A regular, tested cadence is put in place for CMS and plugin updates, instead of ad hoc or skipped updates.
Backup verification
Backups are tested by actually restoring from them, not just confirmed to exist in a dashboard.
Ongoing monitoring
Vulnerability scanning runs continuously, flagging new issues as they appear rather than at the next scheduled check-in.
How this compares
| Ongoing Security Practice | Reactive Cleanup After a Breach |
|---|---|
| Known vulnerabilities get patched before exploitation | Vulnerability is discovered because it was already exploited |
| Backups are tested and ready to restore quickly | Backup may not exist or may not actually restore |
| Cost is predictable and ongoing | Cost includes downtime, cleanup, and reputational damage |
A breach cleanup almost always costs more, in time and disruption, than the maintenance that would have prevented it.
What this changes for the business
- Known vulnerabilities get patched on a schedule instead of sitting exposed until something exploits them
- A verified, restorable backup exists, so a worst-case incident is a recovery, not a rebuild
- Suspicious activity gets flagged early through continuous monitoring rather than discovered by a visitor or customer first
Who needs this
Sites running on CMS platforms with frequent plugin updates
WordPress and similar platforms have a large plugin ecosystem, which means a larger, constantly shifting attack surface to keep current.
Sites that have never tested their backups
A backup that has never been restored is an assumption, not a safeguard.
Related work
We're still building out published proof for this specific service — ask us directly and we'll walk through relevant examples.
Common questions
No - no one can honestly guarantee that, and any agency that does is overselling. What we can do is close the gaps that cause most compromises - outdated software, weak access control, untested backups - which removes the overwhelming majority of realistic risk, without pretending zero risk is achievable.
This is scoped to the platform and how frequently its plugins release updates, but the baseline is regular and scheduled rather than occasional. Critical security patches are prioritised outside the normal cadence when needed.
It gets triaged by severity - a critical, actively-exploited issue is patched immediately, while a lower-severity finding gets scheduled into the normal update cycle. Either way, you're told what was found and what was done about it.
Yes, though the specifics depend on what happened and whether a clean, recent backup exists - which is exactly why backup verification matters before an incident, not after.
No - SSL secures the connection between browser and server, but it doesn't patch an outdated plugin or stop a brute-force login attempt. It's one necessary piece of a larger practice, not the whole thing.
It's possible, which is why updates are tested in a staging environment before going live rather than applied directly to production. This adds a step but avoids trading a security fix for a site outage.
Not sure when your site was last checked for vulnerabilities?
A security audit tells you exactly where the exposure is before it becomes an incident.
Talk to us →